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Syllabus

Department of Chemical Engineering

Faculty of Engineering and Technology

Program: B.Sc. in Engineering

Marks Distribution


The performance of a student in the course is evaluated on the basis of a schedule of continuous assessment.

The distribution of marks for a Theory course is as follows:

Class Participation                                    10%

Home Assignment                                    10%

Mid Term-I /Mid Term-II                           20%

Course Final Examination                       60%

The distribution of marks for a Lab course is as follows:

Laboratory Participation                         10%

Laboratory Performance                         30%

Lab Reporting                                           30%

Viva Voce                                                  30%

 Basis for allocating marks for class participation will be as follows:                      

Attendance                                              Marks

90% and above                                           10

85% to less than 90%                                09

80% to less than 85%                                08

75% to less than 80%                                07

70% to less than 75%                                06

65% to less than 70%                                05

60% to less than 65%                                04

Less than 60%                                            00

 

 

Grading System

This follows the grading system as suggested by the University Grants Commission (UGC) (as given below) for the degree programs.

The grading system:

Numerical Grade

Letter Grade

                     Grade Point

80% and above

A + (A plus)

4.00

75% to less than 80%

A (A regular)

3.75

70% to less than 75%

A – (A minus)

3.50

65% to less than 70%

B + (B plus)

3.25

60% to less than 65%

B (B regular)

3.00

55% to less than 60%

B – (B minus)

2.75

50% to less than 55%

C + (C plus)

2.50

45% to less than 50%

C (C regular)

2.25

40% to less than 45%

D

2.00

Less than 40%

F

0.00

 


Course Distribution

 First Year

Semester I

 

Course Code

Course Title

Hours/Week

Credits

Theory + Lab.

ChE -111

General Chemistry

3 + 0

3.0

ChE -112

Chemistry  Sessional

0 + 3

1.5

ChE -113

Analytical Chemistry

3 + 0

3.0

ChE-114*

Elements of Chemical Engineering – I

2 + 0

2.0

PHY-115

Physics-I

3 + 0

3.0

Math-116

Mathematics (Differential and Integral Calculus)

3 + 0

3.0

CSE-117

Introduction to Computer Application

2 + 0

2.0

Hum-118

English

2 + 0

2.0

CE-119*

Engineering Drawing

0 + 2

1.0

 

Total

18 + 05 = 23

20.5

 

 

First Year 

Semester II

 

 

 

 

Course Code

Course Title

Hours / Week

Credits

Theory + Lab.

ChE-121*

Elements of Chemical Engineering – II

2 + 0

2.0

ChE -122

Mass & Energy Balance  Sessional

0 + 4

2.0

ChE -123

Physical Chemistry

3 + 0

3.0

Math-124

Mathematics (Ordinary and Partial Differential Equation)

3 + 0

3.0

PHY-126

Physics-II

3 + 0

3.0

CSE -127

Introduction to Computer Language

2 + 0

2.0

CSE-128          

Introduction to Computer Language Sessional

0 + 3

1.5

Hum-129

Functional Bengali Language

2 + 0

       2.0

ChE -102*

Oral

 

1.0

 

Total

15+07 = 22

19.5

 

 

Second Year 

Semester I

 

Course Code

Course Title

Hours/Week

Credits

Theory + Lab.

ChE -211*

Fluid Mechanics

3 + 0

3.0

ChE -212

Fluid Mechanics Sessional

0 + 3

1.5

ChE-213*

Chemical Engineering Thermodynamics

3 + 0

3.0

EEE – 214

Basic Electrical Engineering

2 + 0

2.0

EEE – 215

Basic Electrical Engineering Sessional

0 + 2

1.0

CE-216*

Engineering Mechanics

3 + 0

3.0

Math-217

Mathematics (Matrices and Vector Analysis)

3 + 0

3.0

CE -218

Workshop Practice

0 + 3

1.5

Math-219

Mathematics (Geometry, Complex Variable and Linear Algebra)

3 + 0

3.0

 

Total

17+08 = 25

21.0

 

 

Second Year 

Semester II

 

Course Code

Course Title

Hours/Week

Theory + Lab.

Credits

ChE -221*

Heat Transfer

3 + 0

3.0

ChE -222

Heat Transfer Sessional

0 + 4

2.0

ChE-223

Chemical Process Technology -I

2 + 0

2.0

ChE -224

Analytical Instrumentation

3 + 0

3.0

ChE – 225

Analytical Instrumentation Sessional

0 + 3

1.5

CE-226

Mechanics of Solid

2 + 0

2.0

Math-228

Mathematics (Statistics, Laplace and Fourier Transform)

3 + 0

3.0

Hum-229

Bangladesh Studies

3 + 0

3.0

ChE -202*

Oral

 

1.0

 

Total

16+07=23

20.5

 

 

Third Year 

 Semester I

 

 

 

Course Code

Course Title

Hours/Week

Theory + Lab.

Credits

ChE -311*

Mass Transfer- I

3 + 0

3.0

ChE -312

Polymer Processing Technology

2 + 0

2.0

ChE -313

Polymer Characterization Sessional

0 + 3

1.5

Math-314

Mathematics (Numerical Analysis)

3 + 0

3.0

ChE -315

Chemical Process Technology – II

2 + 0

2.0

ChE -316

Chemical Process Analysis Sessional

0 + 3

1.5

HUM-317

Industrial Sociology

3 + 0

3.0

ChE -318

Fuel and Energy

3 + 0

3.0

ChE -319

Fuel and Energy Sessional

0 + 3

1.5

 

Total

16+09=25

20.5

 

 

Third Year  

Semester II

 

 

 

Course Code

Course Title

Hours/Week

Credits

Theory + Lab.

ChE -321*

Mass Transfer – II

3 + 0

3.0

ChE -322

Mass Transfer Sessional

0 + 6

3.0

ChE -323*

Chemical Reaction Engineering

3 + 0

3.0

ChE -324

Science and Engineering of Materials

3 + 0

3.0

ChE –325

Electrochemical Engineering

2 + 0

2.0

ChE -326

Materials Characterization Sessional

0 + 3

1.5

ChE -327

Field Work/In-plant Training- I

 

2.0

BUS -328

Industrial Economics and Management

2 + 0

2.0

ChE -302*

Oral

 

1.0

 

Total

13+09=22

20.5

 

 

 

Fourth Year 

Semester I

 

 

Course Code

Course Title

Hours/Week

Theory + Lab

Credits

ChE- 411

Corrosion Engineering

2 + 0

2.0

ChE- 412*

Process Control

3 + 0

3.0

ChE – 413

Process Control Sessional

0 + 4

2.0

ChE – 414

Petroleum Refining Processes

2 + 0

2.0

ChE -416*

Process Design

3 + 0

3.0

ChE– 417

Environmental Engineering

3 + 0

3.0

ChE- 418

Chemical Reaction Engineering Sessional

0 + 4

2.0

ChE -419

Computational Technique in Chemical Engineering

0 + 3

1.5

ELECTIVE

I

2 + 0

2.0

 

Total

15 + 11 = 26

20.5

 

 

Fourth Year 

Semester II

 

 

 

Course Code

Course Title

Hours/Week

Theory + Lab.

Credits

ChE – 420

Industrial Hazard and Safety Management

2 + 0

2.0

ChE– 421

Mathematical Modeling

2 + 0

2.0

ChE– 422

Natural Gas and Petroleum Reservoir Engineering.

3 + 0

3.0

ChE -423

Plant Design Sessional

0 + 6

3.0

ChE– 424** /ChE-425**

Thesis/ Project`

0+ 12

6.0

ChE– 402*

Oral

 

1.0

ELECTIVE

II

2 + 0

2.0

 

Total      

09 + 18 = 27

19.0

 

 

Elective I

 

 

Course Code

Course Title

Hours/Week

Theory + Lab

Credits

ChE- 426

Particle Technology

2 + 0

2.0

ChE- 427

Transport Phenomena

2 + 0

2.0

ChE – 428

Principles of Catalysis

                       2 + 0

2.0

 

 

Elective II

 

 

Course Code

Course Title

Hours/Week

Theory + Lab

Credits

ChE- 436

Fundamentals of Textile Engineering

2 + 0

2.0

ChE- 437

Biochemical Engineering

2 + 0

2.0

ChE – 438

Biochemistry

                       2 + 0

2.0